More from the Vanguard of Science [1]

Lisa Randall
[ Wed. Feb. 7. 2007 ]

See what Marc Hauser [5], Drew Endy, Joshua Greene, and others have to say about where their fields are going in 2007
By Edit Staff

Cosmology and Particle Physics

On the theoretical side, particle phenomenologists will continue to develop physics beyond the Standard Model; string theorists are connecting more strongly to cosmology and astrophysics; and cosmologists are investigating models of dark matter, dark energy, and modified gravity. ...

—Sean Carroll, Caltech

Synthetic Genomics

The goal of synthetic biology is to make possible the engineering of living organisms that behave as expected. Progress in the field is based on three new foundational technologies that go beyond classical genetic engineering: automated DNA synthesis, standardization, and abstraction. Synthesis enables direct construction of genetic material from raw chemicals and information. Standards and abstraction together provide the languages and grammars needed to define the information used by DNA synthesizers. 2007 should witness two important milestones for automated DNA synthesis (which enables direct construction of genetic material from raw chemicals and information). ...

—Drew Endy, MIT


In the last five years the scientific study of morality has exploded. We're now probing the moral brain like never before, using functional neuroimaging, studies of neurological patients, and sophisticated cognitive testing techniques. As a result of this work, it's now clear (to some of us, at any rate) that moral decision-making is neither a pristine rational enterprise, nor simply a matter of emotional expression. ... 

—Joshua Greene, Harvard University

High Energy Physics

The coming year will see a number of interesting developments as the Large Hadron Collider (LHC) goes online. The enormous amount of data generated by the LHC will force us to refine our methods—and explore new ones—for extracting and interpreting information from high energy collisions. This work should lead to new insights into the masses of elementary particles and the consequences of various models for particle physics and cosmology. ...

Lisa Randall [6], Harvard University

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